Geogrid

The main task of geogrid
To increase the carrying capacity of the ground by taking the tensile loads in it

Areas of use for geogrid materials;

-Base Strengthening,
-In the sustaining wall applications,
It is used against the tensile loads which are caused by slippage in high filler production.

Geogrids that can be produced from raw materials like polyester, polypropylene, polyethylene etc. have different yield coefficients according to the raw materials they are made of.

The connection points are autogenous. The high tensile strength at the attachment points of the extruded geogrids is the greatest advantage against other grids. They are developed specially for use in stabilization areas where tensile strength is required in both directions, it has high strength. The floor carrying capacity can increase up to 3 times depending on the ground structure

BIAXIAL EXTRUDE GEOGRID PHYSICAL PROPERTIES
	TEST METHOD	UNIT		VALUES		TOLERANCE
			GG AZ 15*15	GG AZ 20*20	GG AZ 30*30
RAW MATERIAL			UV STABILIZED POLYPROPYLENE
GRID STRUCTURE			EXTRUDED BIAXIAL
APERTURE SIZE	MD / CMD	mm	40*40	40*40	40*40	- 10 %
MECHANICAL PROPERTIES
	TEST METHOD	UNIT		VALUES		TOLERANCE
			GG AZ 15*15	GG AZ 20*20	GG AZ 30*30	- 10 %
TENSILE STRENGHT (MD/ CMD)	EN ISO 10319	kN/m	15 / 15	20 / 20	30 / 30
TENSILE STRENGHT at %2 ELONGATION (MD/CMD)	EN ISO 10319	kN/m	5 / 5	7 / 7	10,5 / 10,5
TENSILE STRENGHT at %5 ELONGATION (MD/CMD)	EN ISO 10319	kN/m	7 / 7	14 / 14	21 / 21
CHEMICAL PROPERTIES
	TEST METHOD	UNIT		VALUES		TOLERANCE
CARBON BLACK CON- TENT	ASTM D-1603	%	2-3			- 10 %
pH RESISTANCE			2-13
* MD: Manufacturing Direction ** CMD: Counter Manufacturing Direction

BIAXIAL EXTRUDE GEOGRID

PHYSICAL PROPERTIES

CHEMICAL PROPERTIES